BCM84759BIFSBG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

BCM84759BIFSBG is a revolutionary new technology for data transmission and communication. It was developed by Broadcom Corporation, a large semiconductor manufacturer based in the United States. It\'s designed to dramatically enhance the performance of Ethernet, Fibre Channel, and SAS interfaces, by enabling transmission of data at very high speeds in short distance applications.

Application Field of BCM84759BIFSBG

BCM84759BIFSBG is primarily used in data centers and other data-intensive environments. It is ideal for transmitting data between servers, switches, and storage systems, allowing for faster and more reliable data transfer and communication. It is also useful for high-speed systems that need to transfer data between multiple locations in a short amount of time. Additionally, BCM84759BIFSBG can provide power savings and other operational benefits in virtualized environments, where multiple systems can be managed with fewer resources.

Working Principle of BCM84759BIFSBG

The way BCM84759BIFSBG works is by utilizing a Serial Gbit copper link (SGL) technology. This technology enables transmission of incoming data over very short distances, which can support up to 16 8-lane or 4-lane links. Essentially, an ArrayBond is added between two devices, making multiple links behave as if they were a single physical link. The device will then detect and configure the link rate automatically, allowing it to leverage up to 4 lanes at a time to reach higher speeds.

Each of the four lanes is made up of an XG lane, where data is transmitted in four series connected pairs, as well as a receive lane, which comprises of sixteen reclocked serial lanes (RLSs). Each lane is designed to have a higher bandwidth capability than its predecessor, meaning that the performance capacity is increased. Furthermore, BCM84759BIFSBG is capable of self-configuring the link rate to a rate of up to 10 Gb/s per lane.

Finally, the BCM84759BIFSBG protocol is designed with enhanced scalability, allowing for adoption of higher data rates and enabling workloads that require faster data transmission. Along with providing increased performance, the technology is designed to be cost-effective, making it more attractive to those who need to manage high-speed communication demands with limited resources.

The specific data is subject to PDF, and the above content is for reference